NEWS & PRESS
What Is Exercise with Oxygen Therapy (EWOT)?
By Christine Ruggeri, CHHC, Dr. Axe
Do you know that breathing in higher levels of oxygen will work to improve the health of your blood, cells and microvessels? That’s why hyperbaric therapy chambers have been used for several decades to support the recovery of certain injuries, non-healing wounds and infections. This is especially true when you use exercise with oxygen therapy to increase oxygen circulation throughout the body.
But there’s another kind of oxygen therapy that’s been under our nose for many years now and may be even more assessable than hyperbaric oxygen therapy. Exercising with oxygen therapy is a scientifically proven phenomenon that’s said to restore our natural health to a youthful state. This is called EWOT (exercise with oxygen therapy; pronounced e-watt), and it’s benefitting the lives of so many people.
It’s true that anyone can benefit from restoring his or her circulatory function and blood flow, but exercise with oxygen therapy is meant to increase oxygen circulation at a rapid pace. And although there’s certainly a time and place for hyperbaric oxygen therapy, for the everyday person who is looking to oxygenate blood in their body — thereby reducing inflammation, increasing energy and maintaining health — exercising with oxygen therapy may be more effective and efficient.
What Is Oxygen Therapy?
Exercise with oxygen therapy is when we breathe in higher concentrations of oxygen during exercise. In the past, EWOT utilized low-flow face masks or nasal cannulas that connected to oxygen generators. Oxygen generators are devices that take in room air, compress it and remove argon and nitrogen.
They are able to output 94 percent oxygen, which is more than four times the normal purity of room air. But these original devices only made up to 10 liters of oxygen per minute, which required much more time to see results. The latest developments in EWOT has cut the time to see noticeable results dramatically.
Jason Tebeau, founder and president of EWOT.com, introduced the first open-oxygen delivery system to the market in 2008. His EWOT products have evolved and are now based on the 15-minute Quick Procedure and scientific research of Dr. Manfred von Ardenne, who wrote the Oxygen Bible (a 400-page book entitled Oxygen Multistep Therapy). In his book, von Ardenne uses over 500 medical references and offers scientific evidence based on 10,000 studies to support the use of oxygen to improve cellular health.
Dr. von Ardenne’s research suggests that a phenomenon occurs when you exercise with oxygen. It works to reduce inflammation and swelling of all microvessels in the body.
Imagine all of the pipes in your house have become narrow and can’t get enough water. Everything will eventually come to a screeching halt. That’s exactly what happens when our microvessels begin to narrow — the body isn’t able to get oxygen, blood and nutrients to the organ systems. This restriction causes pain and disease. This is where EWOT comes in and the latest technology called Maxx O2TM.
Hyperbaric Oxygen Therapy vs. EWOT: How Do They Compare?
Hyperbaric oxygen is a medical device that requires a prescription, and it can be a slow process. You do not exercise in hyperbaric chambers. This means that there’s no CO2 buildup to equal the additional inbound O2.
Exercise with oxygen therapy, on the other hand, works to increase your heart rate, allowing you to make more carbon dioxide, increase partial pressure and force more O2 to distal hypoxic tissues. This is a natural process and utilization of O2. Because EWOT increases your heart rate while also increasing oxygen intake, you will likely see results much faster.
1. Increases Oxygen Circulation in the Body
Exercise with oxygen therapy gets oxygen into the arteries, veins and even the smallest capillaries that make up over 74 percent of your circulatory system. By increasing oxygen circulation in the body, your cells are getting the O2 that they need to process the millions of bio-chemical reactions they undergo every day.
According to a 1984 article written by Dr. von Ardenne, improvement of the oxygen flux into body tissues is important for fighting against insufficient oxygen supply, which is a common cause of many diseases, disorders and complains, especially with increasing age.
So why is getting enough oxygen so important? For one thing, research is pointing to a lack of oxygen in the blood (called hypoxia) as a leading cause of many cancers. According to researchers at the University of Georgia, “low oxygen levels in our cells may be a primary cause of uncontrollable tumor growth in some cancers. ” And a study conducted at Washington State University found that when high-pressure oxygen was used on a culture of human leukemia cells, it reduced cancer cell growth by 15 percent.
On top of the increased risk of cancer when blood oxygen levels are too low, research published in Current Medical Chemistry indicates that during hypoxemia, oxidative stress leads to accelerated deterioration, causing our cells to lose their power of division and growth.
The bottom line is that we can’t live without oxygen. And when our cells aren’t receiving enough oxygen on a daily basis, it will affect many aspects of our health.
2. Restores Blood Flow
All body processes require adequate blood flow, but stress and certain medical conditions can disrupt the blood’s ability to release oxygen into our tissues. We know that a decrease in oxygen supply to your blood can severely damage the function of your brain, liver and other organs. We need our blood to carry oxygen to our tissues in order for all body systems to work properly.
This is another major benefit of oxygen therapy. As oxygen circulation throughout the body increases, our oxygen-rich blood is able to send the O2 to our tissues, vessels and organs.
Restoring the flow of oxygen-rich blood also promotes the expansion of constricted capillaries. When our capillaries are deprived of oxygen, they begin to swell, thereby preventing further oxygenation. Oxygen therapy, particularly EWOT, reduces capillary swelling, enhances oxygenation and promotes circulation.
One of the most well-known benefits of oxygen therapy is its ability to improve cerebral blood flow. Research shows that hyperbaric oxygen therapy can be used to contribute to the healing of ischemic ulcerations in patients with diabetes. It’s hypothesized that this type of O2 therapy works to restore vascular activity, and affects the production of vasodilators and vasoconstrictors.
3. Increases the Production of ATP
When you exercise with oxygen therapy, you are allowing every cell to receive oxygen. This increases the production of ATP (adenosine triphosphate), which acts as a source of fuel within the cells.
Mr. Tebeau describes ATP as the “master healing molecule.” By increasing ATP, our blood cells separate so that they’re no longer sticking to each other and can therefore absorb more oxygen. When you make ATP at full capacity by giving the cells more oxygen, “the body can start healing as if we were in our teens,” says Tebeau. But when ATP levels are low, you cannot heal properly or quickly.
All other benefits of EWOT are downstream cascading effects of these three very important factors. Because exercise with oxygen therapy increases oxygen circulation, restores blood flow and increases the production of ATP, it may also benefit the body in the following ways:
- Spikes immunity
- Accelerates recovery from illness or injury
- Boosts energy
- Improves cardiovascular health
- Supports lung function/respiratory system
- Improve physical performance
- Allows for faster recovery after workouts
- Improves vision
- Improves mental capacity/memory
- Reduces inflammation
- Assists in weight loss
- Promotes detoxification
How to Use Oxygen Therapy
There are several products on the market today that serve as a source of oxygen therapy. Hyperbaric oxygen therapy is typically available as an outpatient procedure at a special facility. For this form of therapy, you lie down in a chamber unit that’s designed for one person. There are also multiperson hyperbaric oxygen rooms that can accommodate several people at once.
You can also receive oxygen therapy with a mask or nasal cannula that’s connected to an oxygen generator. The generator supplies oxygen that can be inhaled through a tube. However, there’s a problem with these devices because the most powerful oxygen generator can only produce 10 liters of oxygen per minute and we can easily breathe 50 liters per minute during exercise. We need far more oxygen during exercise than any generator can produce. Both of these modalities are slow.
EWOT with the Maxx O2
To solve the problem with older technologies and slower results, Maxx O2 delivers on the 15-minute session. With Maxx O2, a large bag is first filled with 900 liters of oxygen using an oxygen generator. Once full, the Maxx O2 non-rebreather high-flow mask connected to a large diameter hose is used to deliver an unlimited supply of oxygen to meet your needs during the 15-minute EWOT session. The generator is only used to fill the bag beforehand and once you begin exercising, you are only depending on the oxygen inside the bag.
You inhale from the bag and exhale CO2 into the room. The oxygen is HEPA filtered for purity as well. Just one 15-minute session with the Maxx O2 can give you the benefits of dozens of hyperbaric oxygen sessions.
Here’s what you’ll do during an EWOT session using the Maxx O2:
- Exercise at least three days a week for 15-minute periods. This can be done with a stationary bike, treadmill, elliptical or with any type of exercise equipment that doesn’t require excessive head movement.
- During the 15 minute session, sprint for about 30 seconds until your heart rate is at about 120 beats per minute (or 80 percent of maximum).
- Then restore back to a normal exercise rhythm and heart rate for about three minutes.
- Repeat the cycle again, 3–5 times, to increase vasodilation and open up the arteries so that oxygen gets into your oxygen-deprived tissues.
Because you are increasing your heart rate while breathing in oxygen, the O2 circulates within your body quickly. This significantly improves your results and requires less time than other sources of oxygen therapy.
Who is doing EWOT? Anybody can benefit from exercise with oxygen therapy — from top athletes to elderly patients with restricted blood flow. You can invest in your own Maxx O2 system that allows you to use oxygen therapy at home, or you can research nearby EWOT clinics that you can visit for your sessions.
An Altitude Version is also available which offers the user the benefit of switching from 94 percent oxygen to 14 percent (which is adjustable from sea level to 25,000 feet), producing enhanced benefits from the body’s adaptation to exercising at altitude.
Risks and Side Effects of Oxygen Therapy
When done correctly and for no more than 15 minutes at a time, there are no risks or side effects from EWOT. Breathing higher levels of oxygen is considered safe and there is no risk of oxygen toxicity.
For many patients who are just beginning EWOT, it’s the sudden change in their physical activity levels that can lead to side effects. For people who haven’t exercised in a long time and don’t have the physical stamina to endure a 15-minute session, it’s best to begin gradually and consult your doctor in advance.
Final Thoughts
- Exercise with oxygen therapy is an efficient way to increase oxygen circulation throughout the body. Unlike hyperbaric oxygen therapy, which involves lying in an oxygen chamber, EWOT causes your heart rate to increase. This allows you to make more carbon dioxide and forces more oxygen to your distal hypoxic tissues.
- Although there’s certainly a time and place for hyperbaric therapy, EWOT is meant to give you much faster results. Research suggests that it may help to increase oxygen circulation in the body, restore blood flow and increase the production of ATP.
What is COPD?
by COPD News Today
Symptoms are most evident when significant lung damage has already occurred, and usually worsen with time. Although COPD has no cure, proper medication and lifestyle changes can reduce some of its symptoms.
The causes of COPD are not yet fully understood. However, long-term exposure to lung irritants, particularly cigarette smoke, is known to damage the lungs, as well as the airways.
It is estimated that 16 million Americans are affected by COPD, the third leading cause of death in the U.S. in 2014. The disease is more common in middle-aged or older people, although it can also affect those under 40.
Types of COPD
There are two main types of COPD. One of them is a condition called emphysema, a lung disease in which the alveoli — the tiny air sacs where oxygen is exchanged in the lungs — become damaged and lose elasticity, causing airflow in the lungs to decrease.
The other type is chronic bronchitis, which leads the airways to become inflamed and enlarged, causing thick mucus to build up and block the narrowed airways.
Causes of COPD
Tobacco smoking is the main cause of COPD in developed countries, while in developing countries the disease is often caused by exposure to fumes from cooking oils or heating in poorly ventilated houses, as well as tobacco use. According to the American Lung Association, 85–90% of all COPD cases are caused by cigarette smoking.
Other causes include second-hand smoke, such as exposure to tobacco smoke exhaled by others or smoke from the burning end of cigarettes, exposure to chemical fumes, dust, or air pollutants.
In rare cases, mutations in the SERPINA1 gene, which provides instructions to make a protein called alpha-1-antitrypsin (AAT), may lead to the onset of COPD. AAT is produced in the liver to protect the lungs from harmful substances, such as cigarette smoke. A deficiency in this protein causes lungs to become unprotected and increasingly damaged.
In rare cases, people with asthma, a chronic lung disease that causes the airways to become inflamed and narrower, also may be at risk of developing COPD when their disease is poorly managed.
Symptoms of COPD
Shortness of breath, even with non-strenuous exercise, is one of the hallmark symptoms of COPD. This is due to airflow blockage, which is caused by inflammation and excessive mucus production in the airways. Shortness of breath also causes levels of oxygen in the blood to drop, which may lead some patients to develop cyanosis, or blueness, of the lips or fingernail beds.
Inflammation and narrowing of the airways may lead patients to experience wheezing while breathing. Persistent cough associated with excessive mucus production also is frequent.
Some people may experience flare-ups, or sudden episodes of symptom worsening, that can last for days.
Other possible COPD symptoms at more advanced stages include lack of energy, unintentional weight loss, swelling in ankles, feet, or legs.
Diagnosis of COPD
COPD diagnosis usually involves a complete assessment of a patient’s medical and family history, complemented by a series of tests, particularly lung function tests and others that may help rule out other conditions that cause similar symptoms.
Spirometry lung function tests can be used to measure the amount of air one is able to breathe in and out, as well as breathing speed. These tests can be used not only to identify COPD, but also to monitor and track its progression.
Imaging tests, including chest X-rays and computed tomography scans, and blood tests may be used to determine whether another condition, such as asthma, AAT deficiency, or heart failure, is causing the symptoms.
Treating COPD
Treatments for COPD can control symptoms, slow disease progression, reduce the risk of flare-ups, and improve patients’ ability to exercise.
The most important step in COPD treatment is to quit smoking. Patients usually are told to also avoid second-hand smoke exposure and other air pollutants at home and at work.
Most symptoms are managed with medications. Cough and shortness of breath may be eased with bronchodilators, which act by relaxing and opening up the airways, making it easier for patients to breathe. Examples of bronchodilators include Tudorza (aclidinium bromide), albuterol, Combivent Respimat (albuterol–
Oral and inhaled corticosteroids also may be used to reduce airway inflammation and help prevent COPD flare-ups. Examples of inhaled corticosteroids include Pulmicort (budesonide inhalation) and Flovent (fluticasone).
Some treatments combine the action of bronchodilators and corticosteroids. Examples of these treatments include Advair Diskus (fluticasone-
Other treatments include antibiotics to treat respiratory infections that can be more frequent among COPD patients, and oxygen therapy to improve blood oxygen levels.
Some patients may undergo pulmonary rehabilitation, a customized treatment program encompassing nutritional and psychological counseling that educates patients and helps them adopt strategies to breathe better and preserve their energy, ultimately improving their quality of life.
Surgery may be an option for some patients who have severe symptoms and failed to respond to pharmacological treatments. Surgical procedures used to treat COPD include lung volume reduction surgery (removal of small sections of damaged lung tissue), lung transplant, and bullectomy (removal of large air spaces that arise in the lungs when the walls of the alveoli are destroyed).
When a COPD symptom changes our routines, we must adapt
Mucinex, like other expectorants, works by thinning the mucus so that coughing can more easily expel it. It’s important to drink plenty of water while taking any expectorant.
Mucus helps the respiratory system by protecting and moisturizing internal linings, thus promoting the immune system and helping the fight against infection. It also captures foreign particles and helps remove them from the body. While a proper amount of mucus is beneficial, producing too much can cause breathing issues and risks of secondary infections. It can be challenging to maintain a healthy balance in mucus production, though some causes of excess mucus are known — and COPD is one of them.
COPD already affects my breathing, and my medications put me at higher risk of infection, so it’s important that I manage my mucus production. That’s the main reason my doctor wants me to continue taking the expectorant twice a day.
I need to change my routines to take this expectorant effectively, which led me to a great LinkedIn post about habit stacking by my friend Linda Esposito. The basic idea is that we can connect our new routine task with an existing one as a way to make the habit stronger. I was able to tie the morning medication into my routine around breakfast. Though I’m usually an early riser, I don’t eat breakfast until around 9 a.m.; now I’ve stacked taking my Mucinex with eating my breakfast.
As for the nighttime dose, I’ve changed my evening sleep preparation so that it starts around 9 p.m. (To think I used to be a night owl!) That time works perfectly for me to stack my new Mucinex routine around an already established habit.
I’ve been asked by drug producers and government agencies whether a once-a-day treatment is better than one taken two or three times a day. I give the once-a-day plan a resounding thumbs-up, but when that’s not an option, stacking my habits has helped me remember and manage my medications.
It’s important to develop these strong routines so we don’t need to think so much about being sick. The less time I spend taking care of my illness, the more time I have to think about living and helping others. As we age, I think, we accept change less easily, but sometimes it’s necessary to update our regimen to benefit our health. Stacking habits definitely helps.